The emergence of petascale systems and the promise of future exascale systems have
reinvigorated the community interest in how to manage failures in such systems and ensure …

Tolerating hardware faults in modern architectures is becoming a prominent problem due to
the miniaturization of the hardware components, their increasing complexity, and the …

We propose a simple yet effective detector for pedestrian detection. The basic idea is to
incorporate common sense and everyday knowledge into the design of simple and …

Over the past few years resilience has became a major issue for high-performance
computing (HPC) systems, in particular in the perspective of large petascale systems and …

As supercomputers are entering an era of massive parallelism where the frequency of faults
is increasing, the MPI Standard remains distressingly vague on the consequence of failures …

Live migration of virtual machines (VM) across distinct physical hosts provides a significant
new benefit for administrators of data centers and clusters. Previous migration schemes …

Today's large-scale supercomputers encounter faults on a daily basis. Exascale systems are
likely to experience even higher fault rates due to increased component count and density …

Traditional software security patches often have the unfortunate side-effect of quickly alerting
attackers that their attempts to exploit patched vulnerabilities have failed. Attackers greatly …

A large percentage of computing capacity in today's large high-performance computing
systems is wasted because of failures. Consequently current research is focusing on …

Proactive fault tolerance (FT) in high-performance computing is a concept that prevents
compute node failures from impacting running parallel applications by preemptively …